Key result
Elevated yield stress and diastolic blood viscosity are proposed as fluid dynamic biomarkers for microvascular disorders, where yield stress exceeding microvascular shear stress may lead to capillary loss.
This review highlights the critical role of viscous shear forces in microvascular flow and proposes yield stress and diastolic blood viscosity as potential biomarkers for microvascular disorders.
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May support hemorheological biomarkers in microvascular assessment; leaves open prospective validation before clinical adoption.
Cho et al. (2011) conducted a review in Microvascular disorders. Elevated yield stress and diastolic blood viscosity are proposed as fluid dynamic biomarkers for microvascular disorders, where yield stress exceeding microvascular shear stress may lead to capillary loss.
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